Magnetic Engine Video

[vineet_kiran]

Video at :

https://www.youtube.com/watch?v=MjlBXQ9ViEc&feature=youtu.be


1) Sorry for the quality of experiment.  I have used available junk materials.

2) Since I have used short pendulum arm,  the magnet arm (pendulum) is moving very fast and I am unable to  synchronize the movement 
    of shield with it by hand.  Hence pendulum is stopping in between.

3) If you use lengthy pendulum arm with strong magnets,  the arm moves through a longer distance and you will get    enough time to
    move the shield.

4) Since the shield is thin I have used a biasing magnet of opposite pole on the shield to absorb the flux of  stationary magnet.


Hope you will enjoy.


Earlier thread at http://www.overunity.com/11994/magnetic-engine/

[sm0ky2]

Great work VK!!

This shows ( at least in appearance) to verify the working principal.

looking forward to further experiments from you on this subject.
mechanical linkage to synchronize the actions would be advantageous.
so you're not doing it by hand.

good job,

              Sm0ky2

[Pirate88179]

Nice video.  I am impressed with how well this concept works.  I am also surprised.

I too am looking forward to watching your progress.

Bill

[vineet_kiran]

Sm0ky2, pirate88179, thanks for your comments.  Making mechanical transmission is a difficult task which requires some acuurate
fabrication work and it is beyond my scope.

Meanwhile for anybody trying that experiment, my suggestion is, keep the moving magnet as weak as possible and make the fixed magnet very strong so that when weak magnet comes near the fixed repelling magnet, there will not be much variation in density of flux with respect to the shield.  You will get the required effective force between magnets because magnetic force depends on product of strength of both poles.

If moving magnet is stronger, then it causes greater variation in flux density with respect to the shield which in turn tries to hold the shield in the region of stronger flux density and you will experience a strong force while moving the shield.

[shylo]

There is enough drag just by introducing magnets, Don't add to it with mechanical( physical) connections.
It's like a flow that intensifies , control the flow , start small ,increase, then release.
If you can loop a mag track, is that perpetual motion? The track will wear out, and how long will the magnet last?
artv